We all know the future belongs to off-site construction and the increasing use of components. Although it’s a small percentage now, it is projected to grow exponentially. It is a more efficient use of materials with less waste and reduces labor requirements – and this adds up to more profit. But don’t forget the additional advantages of better quality and greener construction.
Great components can make great buildings, but components protected with patents can ensure great profits too. A portfolio of multiple patents and trademarks is now available from Innovative Structural Building Products.
I’ve been developing and patenting products for many years for the construction industry. Because roofs need to be ventilated by code, I have several patents on VentBoardTM, a ventilated sheathing for roofs and walls. Not only does the ventilation eliminate ice dams, but it also lowers attic temperatures by 15%, extending the life of shingles and lowering cooling costs. DuctBoardTM is a patented multi-plenum sheathing for floors and ceilings that also has the strength to span 48”, eliminating framing. Together, these products are estimated to increase your LEED score by 21 points.
A significant patent has been obtained on floor cassettes, trademarked as Fast FloorTM Cassettes. The patent for top and bottom sheet cassettes has been awarded and the patent for a top sheet only cassette is pending.
All of these patents support a newly awarded patent for Frameless ConstructionTM – imagine constructing homes and buildings without studs, joists, rafters, or trusses!
Additional patents have been obtained for screws (Sure-SeatTM Screws) and a foundation system that saves days and dollars (Footless FormsTM).
If you’re interested in learning more about how these patents can help you maximize your profits, please contact me at james@isbp.com and visit isbp.com for more information.
James Walker, PE is CEO/President of Innovative Structural Building Products. He has a bachelor’s degree in Civil Engineering from Clemson, and a master’s degree in Architectural Engineering from Penn State, and an MBA degree from the University of Saint Thomas. With experience as the structural designer for a large number of projects that included civic centers, arenas, hotels, hospitals, high rise offices, bridges, and large industrial factories, James has used his extensive training to design Innovative Structural Building Products’ new line of products